ADS8321EB/250

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The ADS8321EB/250 is an Analog-to-Digital Converter (ADC) designed specifically for low power, low voltage applications such as data acquisition, automotive and industrial motor control, medical and test & measurement equipment, and imaging & sound applications. The ADS8321EB/250 has a sampling rate of 250 Ms/s and up to 13 conversion accuracy for high performance analog-to-digital conversion. It is also highly integrated, allowing for a complete data acquisition solution in a single chip.

The ADS8321EB/250 is well suited for use in many different types of applications, including but not limited to the following:

• Medical equipment: The ADS8321EB/250 can be used in medical equipment, such as pulse rate monitors, blood pressure monitors, and ECG (electrocardiograph) signals. It effectively converts low-voltage analog signals into digital form.
• Automotive applications: The strong industrial-grade characteristics of the ADS8321EB/250 make it ideal for automotive applications in areas such as motor control and safety. Additionally, the ability to convert multiple analog signals into a single digital output via a multiplexer makes it suitable for certain applications.
• Industrial motor control: In industrial motor control, the ADS8321EB/250 can be used to accurately convert an analog signal into a digital signal in order to control the speed and direction of the motor. The ADS8321EB/250 offers a degree of precision and accuracy that ensures reliable operation.
• Test & measurement: The high performance of the ADS8321EB/250 makes it suitable for use in a variety of test & measurement applications. It can be used to monitor and measure temperature, pressure and flow, as well as other physical/chemical properties of a system.
• Imaging & sound: The ADS8321EB/250 is also well suited for imaging and sound applications. It can be used to encode and digitize audio and video signals, which can then be used for transmission and storage in digital media.

The ADS8321EB/250 is designed to provide an accurate and reliable analog-to-digital conversion solution for low power and low voltage applications. It features a 13-bit resolution, a 250 Ms/s sampling rate, an integrated signal path and track & hold amplifier, and a wide power supply range of 2.7V to 5.5V. It also includes power down and sleep modes for ultra low power consumption. The low voltage and low power make the ADS8321EB/250 ideal for use in data acquisition, automotive, and industrial applications that require a reliable, cost-effective solution.

The ADS8321EB/250 works by taking an incoming analog signal and converting it into a digital signal. This is done through a process known as delta-sigma modulation. Delta-sigma modulation (sometimes referred to as "noise shaping") is a method of converting an analog signal into a digital signal by first adding noise to the signal, and then counting the number of "shape" cycles within the signal. The more shape cycles, the higher the resolution of the signal. The ADS8321EB/250 features a 13-bit resolution and is capable of sampling up to 250 Ms/s, allowing for fast and accurate data acquisition.

The ADS8321EB/250 is a highly integrated, low power Analog-to-Digital Converter designed for use in low voltage and low power applications. It supports a wide range of applications, such as medical equipment, automotive applications, industrial motor control, test & measurement, imaging, and sound. It features an advanced delta-sigma modulation architecture and a high-speed, low power, 13-bit resolution, 250 Ms/s sampling rate with integrated signal path and track & hold amplifier. The combination of high-performance and low-power characteristics make the ADS8321EB/250 an ideal choice for any low-voltage, low-power data acquisition and conversion applications.

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